A computer-implemented method of movement of microprocess components in a computer environment which includes: dividing a process into a plurality of microprocess components, the process to be run in a computer environment; creating a plurality of microprocess component placement combinations for the microprocess components, each combination comprising a placement of two or more microprocessor components in the computer environment; computing a utility score for each combination of microprocess components based on minimizing an end to end time for the combination of microprocess components and resource used for the combination of microprocess components; choosing the microprocessor component placement combination that has the best utility score; and assigning the microprocess component placement combination with the best utility score to placement in the computer environment.